References

main/backend/indexeddb

summary
public	C JungleDB

summary
public	C CachedBackend This is an intermediate layer caching the results of a backend.
public	C CombinedTransaction This class represents a combined transaction across object stores.
public	C InMemoryBackend Transactions are created by calling the transaction method on an ObjectStore object.
public	C InMemoryIndex This is a BTree based index, which is generally stored in memory.
public	C KeyRange This class represents range queries on an index (primary and secondary).
public	C ObjectStore This is the main implementation of an object store.
public	C TransactionInfo
public	C Query This class represents a Query object.
public	C Snapshot Snapshots present a read-only version of a specific state.
public abstract	C SnapshotManager Defines the functionality needed for handling snapshots.
public	C SynchronousTransaction Synchronous transactions avoid unnecessary async/await calls by preloading and caching all necessary key-value-pairs.
public	C Transaction Transactions are created by calling the transaction method on an ObjectStore object.
public	C TransactionIndex This class constitutes an InMemoryIndex for Transactions.

summary
public	I IBTree This interface describes the general functionality of our B+Tree implementation.
public	I IBackend This interface provides the methods specific to backends.
public	I IBasicEncoding This interface represents a low level encoding, e.g.
public	I ICodec This interface represents a codec.
public	I ICommittable This interface represents an object store (roughly corresponding to a table in a relational database).
public	I IIndex This interface represents a secondary index.
public	I IJungleDB This is the main interface of the JungleDB.
public	I ILMDBEncoding This interface represents a low level encoding for LMDB.
public	I ILMDBEncoding This interface represents a low level encoding for LevelDB.
public	I IObjectStore This interface represents an object store (roughly corresponding to a table in a relational database).
public	I IReadableObjectStore This interface represents an object store (roughly corresponding to a table in a relational database).
public	I ISynchronousObjectStore This interface represents a synchronous object store.
public	I ISynchronousWritableObjectStore This interface represents a synchronous object store.
public	T IndexConfig: object
public	T ObjectStoreConfig: object
public	T RetrievalConfig: object
public	T SyncRetrievalConfig: object

summary
public	C BTree The actual BTree implementation.
public	C InnerNode An Inner Node in the B+Tree.
public	C LeafNode A Leaf Node in the B+Tree.
public	C Node This abstract class describes a general Node within a B+Tree.
public	C BufferUtils
public	C ComparisonUtils
public	C EncodedTransaction A simple object implementing parts of the Transaction's class. It is used to keep track of modifications on a persistent index and to apply them all at once. This class is to be used only internally.
public	C GenericValueEncoding
public	C JSONUtils
public	C LRUMap An implementation of a LRU (least recently used) map.
public	C Log
public	C ObjectUtils Utils that are related to common JavaScript objects.
public	C SortedList
public	C Synchronizer
public	C UniqueLinkedList
public	F iterator(ascending: boolean): function(): *, peek Returns an iterator over an array in a specific direction.
public	F difference(setB: Set): Set Calculates the difference of two sets.
public	F equals(setB: Set): boolean Checks whether two sets are equal to each other.
public	F from(arg: *): Set Creates a Set from single values and iterables.
public	F intersection(setB: Set): Set Calculates the intersection of two sets.
public	F limit(limit: number): Set Limits the number of items in the set.
public	F sampleElement(s: Set<T>): T Returns an element of a Set.
public	F union(setB: Set): Set Calculates the union of two sets.
public	T LinkedListEntry: {next: ?LinkedListEntry, prev: ?LinkedListEntry, value: V\|*}

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